广东化工
廣東化工
엄동화공
GUANGDONG CHEMICAL INDUSTRY
2009年
7期
97-100
,共4页
不溶性硫磺%形成机理%合成方法%工艺条件%发展趋势
不溶性硫磺%形成機理%閤成方法%工藝條件%髮展趨勢
불용성류광%형성궤리%합성방법%공예조건%발전추세
insoluble sulfur%formation mechanism%synthetic method%process conditions%developing tendency
文章介绍了不溶性硫磺的性质、形成机理及合成方法,并对生产过程中高温硫磺淬冷、固化、萃取、充油等工序工艺条件的选取作了较详细的讨论,指出了高含量(高转化率)、高温稳定性、高分散性、低静电、防爆、防腐、节能环保是不溶性硫磺产品未来的发展方向.
文章介紹瞭不溶性硫磺的性質、形成機理及閤成方法,併對生產過程中高溫硫磺淬冷、固化、萃取、充油等工序工藝條件的選取作瞭較詳細的討論,指齣瞭高含量(高轉化率)、高溫穩定性、高分散性、低靜電、防爆、防腐、節能環保是不溶性硫磺產品未來的髮展方嚮.
문장개소료불용성류광적성질、형성궤리급합성방법,병대생산과정중고온류광쉬랭、고화、췌취、충유등공서공예조건적선취작료교상세적토론,지출료고함량(고전화솔)、고온은정성、고분산성、저정전、방폭、방부、절능배보시불용성류광산품미래적발전방향.
In the paper, the characteristics, formation mechanism and synthetic method of insoluble sulfur were introduced. A detailed discussion on selection of process conditions during production processes such as quenching, solidifying, extracting, oil-treating and so on was made. Finally it indicated that high content (high transformation rote), high thermal stability, high dispersibility, low static, explosion-proof, anti-corrosion, energy saving and environmental protection would be the future developing tendency of insoluble sulfur.
